Start with a photographic memory and build a memory palace

Chapter 233 The Eye of Truth: Peeking into the Structure of Life
……

Solve the problem.

Master Zhiyuan ascended Tianzhu Peak directly.

Wu Wen and others followed closely behind.

They traverse cliffs that are difficult for ordinary people to climb as if they were flat ground.

When you reach the summit, there is a huge platform.

What came into view was a magnificent, golden palace.

Wu Wen looked closely,
The reason the palace shimmered in the sunset was because the entire palace was made of brass.

Judging from its shape and style, this palace is certainly not a recent addition.

But it looks so new, as if it has been polished and carefully maintained all along.

After pondering this unusual phenomenon for a moment, Wu Wen understood its mystery.

Thunderfire Forges the Palace!

The Golden Palace stands atop the peak, a massive metallic conductor.

The weather in the mountains is unpredictable, with frequent thunderstorms.

In this state, the Golden Palace, as if constantly subjected to the ravages of lightning, appears to show few signs of age and continues to shine brightly.

We arrived at the Golden Hall.

Grandmaster Zhiyuan pushed open the heavy palace door with one hand.

Airflow is introduced.

In an instant, the hall was filled with the clear, melodious, and tinkling sound of bells, like a symphony that echoed continuously.

The group entered the golden hall one after the other.

The first thing that catches the eye is the eight enormous golden pillars that support the entire Golden Hall.

They are arranged in the eight directions of the Bagua (Eight Trigrams), forming an octagonal space in the center of the hall.

On this octagonal ground, a strange pattern is engraved.

There were three rabbits arranged around a central circle.

Oddly enough, their arrangement creates the visual effect of three rabbits sharing three ears.

On their outer edge is a blooming lotus flower, slowly unfolding outwards.

"Three rabbits share one ear!"

Wu Wen couldn't help but mutter softly.

He had pondered this mysterious pattern when he was exploring "multi-frequency resonance" back then.

He had always thought that this kind of pattern only existed in the north, but he never expected to see it again in this extremely difficult-to-reach place.

Looking up along the eight golden pillars, the copper tiles on the roof of the Golden Hall increase in number, like fish scales.

Upon closer inspection, Wu Wen discovered that not only the rooftop was covered with this pattern, but the surrounding walls were also neatly and orderly covered with copper plates of equal size.

This is why, when they opened the door, they could hear the bells ringing even though they didn't see any bells hanging in the Golden Hall.

Surrounding all around.

Observe the layout and structure of the entire Golden Hall.

Wu Wen discovered that this golden temple was just that simple, without any other complicated elements.

Therefore, this does not look like a place of worship or altar at all.

—

"I see!"

"It's not time yet, let's go out first!"

At this moment, the enlightened Master Zhiyuan suddenly spoke, ordering everyone to leave the Golden Hall.

Filled with doubt, Wu Wen followed his grandmaster out of the hall, then immediately stepped forward and asked:
"Grandmaster, what did you mean by saying the time hadn't come yet?"

Master Zhiyuan smiled and explained, "This golden hall is the altar used by the Myriad Gods Sect to hold sacrifices, and it is also the passage to Zhao Tuo's pseudo-immortal realm."

However, to use it, one must wait for the right opportunity.

"What is the right time?" Wu Wen pressed.

"When the wind and thunder are raging!"

Master Zhiyuan simply said one sentence, then fell silent, went to the side, found a clean place to sit down, and waited quietly.

Amidst the thunder and lightning! Wu Wen recalled his master's words and, connecting them with the golden hall he had just observed, immediately understood the opportune moment. He then found a place to sit and waited quietly.

—

During this time.

Wu Wen took out the branches of the "locked pangolin" and continued his study.

Previously, he had only discovered the special abilities possessed by the lock-mountain pangolin.

Now, he wants to find out how it acquired this special ability.

Hold the branch in your palms, place it at chest level, close your eyes, and use your electromagnetic field to scan and observe its microstructure.

This is since Wu Wen created the "Digital Derivation Observation of the Heavenly Eye".

A new capability was developed to shift from observing virtual numerical shapes to observing real objects: the microscope.

To put it simply, its function is similar to that of an electron microscope.

A microscope is an instrument used to observe the microscopic world.

There are two main types: optical microscopes and electron microscopes.

An optical microscope is an instrument that uses the imaging principle of optical lenses to magnify tiny objects.

The electron microscope was developed based on the optical microscope.

It is an instrument that uses various signals generated by the interaction of electron beams with matter to create images, enabling a deeper observation of the microscopic world.

A typical optical microscope works by illuminating an object with visible light. The light reflected or transmitted by the object is then focused by an optical system, including the objective lens and eyepiece, to form a magnified real or virtual image.

An electron microscope, on the other hand, uses an electron beam instead of visible light.

An electron beam is accelerated and focused under a high-voltage electromagnetic field.

Electrons, after being accelerated, have extremely short wavelengths, only about one-thousandth the size of a nanometer.
Its resolution is 100,000 times higher than that of visible light.

of course.

With Wu Wen's current capabilities, he naturally cannot directly observe the nanoscale microstructure of matter like an electron microscope.

But his "microscopic eye".

With his expertise, it has surpassed the level of ordinary optical microscopes.

It allows him to clearly observe the structure of plant cells at the micrometer level.

Wu Wen then activated the electromagnetic field.

The microstructure inside the branches began to connect with his perception in a way that corresponded to electromagnetic waves.

Wu Wen's consciousness gradually became immersed in this microscopic world.

He "saw" the complex fibrous structure within the branch stem cells, which intertwined and supported each other, like a huge and intricate net.

The textures on the cell walls are clearly visible, as if they were mysterious patterns carefully drawn by nature.

Therefore, Wu Wen directly observed the unique life structure of the pangolin.

At the same time, he gradually learned how the pangolin's "photosynthetic carbon fixation-data conversion system" was formed.

First, there is the photosynthetic array.

The chloroplasts in the leaves of the cockroach are like sophisticated chipsets.

Its surface is covered with a graphene-like structure, which has extremely high photon capture efficiency, capable of increasing photon capture efficiency to over 90%.

Each leaf forms an independent processing unit.

Under the illumination of light, CO2 is converted into CHO (glucose) through photosynthesis.

This process triggers the transition of electrons outside the carbon atom's nucleus, thereby generating a bit pulse stream.

These bit pulses, like agile messengers, are guided into the photonic lattice blades that unfold on the back of the pangolin.

These photonic lattice blades are like the biological computer of a pangolin, with a complex and orderly internal structure that can form a real-time computing pool capable of performing ten to the power of twenty floating-point operations per second.

Then, all the branches and leaves of the lockfish form a distributed computing network through its special biological connection method.

The pangolin spreads its branches and leaves, creating a covering area.

Within this range, it can efficiently capture carbon, continuously converting the surrounding carbon dioxide into the energy and matter it needs.

Ultimately, this resulted in a localized cloud computing domain.

……

(End of this chapter)